SensIs -用于冰监测的水下声学网络
SensIs - Underwater acoustic network for ice-monitoring
摘要：
研究了低延迟水声网络通信路由问题。该应用程序正在监测北极海上作业的冰威胁-提供警告，使运营商能够对此类威胁做出反应。该方案产生相对较高的流量负载，网络应该有利于低延迟和足够的可靠性，而不是能量使用最小化。本文以梁伟等人于2007年提出的ICRP（Information-Carrying Based Routing Protocol）协议为基础。ICRP通过在没有路由信息可用时将数据有效载荷作为广播分组发送来获得单播路由路径。因此，可以在没有反应性信令延迟的成本的情况下递送数据。在本文中，我们探讨了一个稍微增强/适应ICRP的能力，量身定制的冰监测应用程序。通过仿真和海上实验，证明了该协议性能良好，可以管理应用程序的高流量负载-这提供了点对点链路提供足够的比特率和容量余量。
英文摘要：
Routing for low latency underwater acoustic network-communication is investigated. The application is monitoring of ice-threats to offshore operations in the Arctic - to provide warnings that enable operators to react to such threats. The scenario produces relatively high traffic load, and the network should favour low delay and adequate reliability rather than energy usage minimization. The ICRP (Information-Carrying based Routing Protocol), originally proposed by Wei Liang et al. in 2007, is chosen as basis. ICRP obtains unicast routing paths by sending data payload as broadcast packets when no route information is available. Thus, data can be delivered without the cost of reactive signalling latency. In this paper we explore the capabilities of a slightly enhanced/adapted ICRP, tailored to the ice monitoring application. By simulations and experiments at sea it is demonstrated that the protocol performs well and can manage the applications high traffic load - this provided that the point-to-point links provide sufficient bit rates and capacity headroom.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
